Air Source Heat Pump for Sanitary Hot Water in Indore

air source heat pump in Indore

Air Source Heat Pump

With the increased cost of energy and the consideration of sustainability, residents and business centers in Indore are turning to the new methods of heating. The air source heat pump for sanitary hot water is one of the technologies that is gaining popularity. Such systems are efficient, environmentally friendly, and cost-effective, and they are redefining the way hot water is generated in current buildings.

What Are Air Source Heat Pumps?

Air-source heat pumps (ASHPs) are developed heating systems, which utilize the heat within the outside air and transfer it into the interior to warm air or water. They do not burn fuel, and thus a little electricity can be used to circulate heat, which makes them highly efficient in terms of energy consumption compared to conventional boilers or electric geysers. They are termed as air source heat pump water heaters when intended to be used in domestic or commercial water heating.

How Air-Source Heat Pumps Work

The principle of operation of air-source heat pumps is quite simple but very effective:

  • They cool down the ambient air by evaporating a refrigerant-based system.
  • The heat trapped is compressed, increasing its temperature.
  • A heat exchanger is then used to transfer this heat to a water tank.
  • The hot water is stored and distributed as sanitary hot water to be used in bathrooms, the kitchen, and other purposes.

It will be able to harvest sufficient heat even in cases when the outside temperature is low, meaning that air-to-water heat pumps are the best within the climate of Indore.

What Are the Advantages of Air Source Heat Pumps?

High Energy Efficiency

ASHPs have the potential to save electricity by up to 60 percent compared to traditional electric water heaters.

Eco-Friendly Operation

They use renewable energy in the air, and so the amount of carbon emitted is considerably lower.

Cost Savings

The long-term savings are significant because of lower energy usage, particularly by hotels, hospitals, hostels, and big houses.

Consistent Hot Water Supply

ASHPs supply an unlimited supply of clean hot water, whether it is used in the bathroom, washing, or cleaning.

Low Maintenance

Heat pumps have few moving parts, which means that they need fewer services and have a longer life.

Efficiency and Performance

The effectiveness of an air source Heat Pump water heater is determined by COP (Coefficient of Performance). A common system will give an efficiency of 3 to 4 units of heat energy as 1 unit of electricity is used, and this implies that the system will produce 3-4 units of heat energy.

The moderate climate in Indore gives these systems a very high result, and even when the climate becomes colder, the output remains constant. The new ASHPs also include such features as smart controllers, anti-freeze protection, and inverter technology to improve performance.

Types of Air-Source Heat Pumps

  • Split-Type Heat Pumps

The system is separated into indoor and outdoor units, which makes it operate silently and be more efficient.

  • Integrated Heat Pumps

All components are fitted in one small unit that is perfect in residential installation.

  • Commercial air-to-water heat exchangers.

Available in high-capacity water heating applications in hotels, hospitals and industry.

Best Air Source Heat Pump for Sanitary Hot Water Supplier in Indore

In need of a reliable and high-performing air source heat pump that can be used to provide sanitary hot water, Indore has a number of suppliers that it can trust. Narmada Technologies is one of the top manufacturers of energy-efficient systems, long-lasting parts, and professional services in the field of installation. To find the suppliers, seek those suppliers with good service networks, certified products, and experience in both residential and commercial projects.

Advantages-

  •  Give better performance in low temperature
  •  Easy to install and maintain
  • Energy saving up to 75%

Features-

  • Hot water temperature 60°C
  • refrigerant Automatic controls
  • Touch screen multi-functional controller
  • Automatic breakdown self-check
  • Efficient scroll compressor
  • High efficient shell & tube heat exchanger
  •   U, V & X shape design
ModelsSC H 195, SC H 350, SC H 500, SC H 800V, SC H 1000V, SC H 1250V, SC H 1650V
Power Supply (V/Ph/Hz)415/3/50
Ambient Temperature (°C)-10 to 46
Rated Heat Output (kW)19.6 to 165
Rated Hot Water Output (L/h)421 to 3547
Input Power (kW)4.15 to 38.10
Rated Water Outlet Temperature (°C)55
Maximum Water Outlet Temperature (°C)60
CompressorCopeland Scroll
Heat ExchangerShell & tube
Rated Water Flow Rate (mxmxm / h)3.37 to 28.4
Noise in db(A)<58 to <78
Dimension (LWH in mm)(740x740x1070) to (2050x2000x1980)
Net Weight (kg)145 to 1230
Testing Conditions (Heating)Inlet Water 15°C / Outlet Water 55°C (max.60°C) Dry bulb / Wet bulb Temperature 20°C / 15°C.

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